Richard Berger

Title: The Ingenious Contributions of Richard Berger in Troy, MO

Introduction

Richard Berger is an innovative inventor based in Troy, Missouri, known for his contributions to the design and functionality of valves for pressurized containers. With a portfolio that boasts five patents, he continues to advance the field of product dispensing technology through his inventive solutions.

Latest Patents

Among Richard Berger's most recent inventions are two notable patents:

1. **Plastic Mounting Cup and Valve for Pressurized Container**: This patent focuses on a valve designed for dispensing flowable products from a pressurized container. It features a stem and seal coupled to the stem, along with a mounting cup crafted from recyclable plastic. The innovative design is notable for lacking a traditional gasket that typically surrounds the container opening.

2. **Mounting Cup for Pressurized Container**: Mirroring the first patent, this invention also introduces a valve for dispensing products under pressure. Its components, including the stem, seal, and mounting cup, are made from recyclable plastic, ensuring eco-friendliness while maintaining operational efficiency.

Career Highlights

Richard Berger's career is marked by his role at Clayton Corporation, where he collaborates with fellow innovators to push the boundaries of technology in packaging and dispensing systems. His work focuses on creating sustainable solutions that meet industry needs without compromising on quality.

Collaborations

Throughout his career, Richard has worked closely with colleagues such as Mark Baker and Kevin Robert Martz. Their collaborative efforts have led to successful projects that leverage each other's specialties, enhancing the company's product offerings and reinforcing its market position.

Conclusion

Richard Berger's commitment to innovation and sustainability in product dispensing technology positions him as a significant figure in his field. With five patents to his name and a collaborative spirit, he continues to make strides in improving how we use and experience pressurized containers, setting a benchmark for future developments.